CN204617149U - The cold ultra-thin Heating gloves of district's treatment of war wound - Google Patents

Abstract

The utility model relates to an ultra-thin heating glove for the treatment of war wounds in cold regions, which comprises a glove cover body and a power supply access component. The power supply connection component includes a heating carbon fiber coil and an external plug-in wire; the heating carbon fiber coil is embedded in the glove cover In the body; the heating carbon fiber coil is connected to the outlet of the back of the hand of the glove cover body, and is connected to an external power supply through an external plug-in wire. The utility model adopts the carbon fiber with electric conduction and heating performance to control the heat, uses the natural rubber with conformable material as the glove body, reduces the thickness of the matrix, and retains the accuracy of finger operation to the greatest extent; Different heating coils are arranged on the inside to ensure the flexibility of the fingers and the heating coils will not be broken during the wearing process; while the external power supply is designed, and the infinitely adjustable speed knob realizes the infinite heating process. Step speed regulation, as well as the regulation of the amount of heat, improve the application of gloves in cold regions with different temperatures.

Description

Ultra-thin heating gloves for the treatment of war wounds in cold regions

【Technical field】

The utility model relates to the field of medical apparatus and instruments. Specifically, a flexible conductive carbon fiber material with electric heating effect is used as a heating support material for gloves, and an external power supply is used to supply power to the carbon fiber to make the glove itself generate heat. Ultra-thin heating gloves for injury treatment.

【Background technique】

The special battlefield environment is different from the conventional battlefield environment, and the characteristics, injury types, injury types, and treatment rules of war trauma are very different. The cold area is a relatively special battlefield environment, with large temperature differences throughout the year, harsh environment, permafrost, snow, ice, complex terrain, many pathogenic factors, and various injuries. Environmental factors such as low temperature often aggravate the original trauma , if the treatment is not timely or the treatment measures are improper, the mortality rate will be extremely high, and there will be many inconveniences in the evacuation of the wounded, which will lead to a significant increase in combat or non-combat attrition. Reductions of up to 20%. It can be seen that the treatment of war injuries in cold regions is of great significance to the improvement of the combat effectiveness of troops.

Rescue of combat wounded in cold area is not only a big test for rescuers, but also the low temperature environment in cold area will greatly affect the rescue process. Rescuers who have been in low temperature environment for a long time will suffer from rigid limbs, poor finger dexterity, and tactile sensation. Various factors such as poor temperature will lead to errors in the process of rescuing war-wounded personnel. Therefore, heat preservation measures in low-temperature environments are particularly important, especially for hands; gloves in the medical treatment process are currently mainly made of ultra-thin natural gloves. Made of rubber, it is widely used due to its excellent mechanical properties, antibacterial properties, etc., but because of its low thickness, it has poor warmth retention for the fingers of the human body, which affects the rescue of war wounds; The use of warm and heating gloves, patented electric heating gloves (CN 201210216613.X) and medical infusion auxiliary gloves (CN201110374613.8) have all developed gloves with electric heating, and the arrangement of the heating coils is mainly along the edges of fingers and palms. The coil arrangement on the palm is parallel to the fingers. It is inevitable that the heating coil will break due to the elasticity of the glove during the wearing process. At the same time, the arrangement of the heating coil will affect the thickness of the glove and affect the fingers. flexibility. The patented ultra-thin heating gloves for the treatment of war wounds in cold regions use carbon fibers with electrical conductivity and heating properties to regulate heat, and use natural rubber with good fit as the glove body to reduce the thickness of the matrix and retain fingers to the greatest extent. The accuracy of operation; at the same time, different heat conduction coils are arranged for finger heating and hand heating, which ensures the flexibility of fingers and the heating coil will not be broken during wearing. And the stepless adjustable speed knob with external power supply is adopted to realize the stepless speed regulation of the heating process and the control of the amount of heat, so as to improve the application of gloves in cold regions of different temperatures. This patent has a very good application prospect in the medical treatment of war wounds in alpine regions.

【Content of invention】

The purpose of the utility model is to overcome the deficiencies of the prior art and provide ultra-thin heating gloves for treating war wounds in cold regions. The glove material itself is made of conformable material, which reduces the thickness of the matrix and retains the accuracy of finger operation to the greatest extent; at the same time, it uses lithium batteries and flame-retardant carbon fiber for heating, which can maintain the temperature of the hands for a certain period of time and avoid frostbite for rescuers. And the flexibility of fingers is reduced; the capacitive screen at the far end of the index finger is compatible with the design, and the touch electronic screen can be operated without removing gloves in cold conditions, avoiding the incompatibility of conventional gloves with electronic equipment; The lining is connected to the lithium-ion battery, and the battery is placed in the sleeve of the ambulanceman to keep warm, which can prolong the heating and working time of the battery under cold conditions. The utility model patent not only reduces the treatment time of the wounded, but also improves the treatment efficiency and effect , At the same time, it can also ensure the incompatibility of electronic equipment with rescuers during the treatment process. It has a very good application prospect in the medical treatment of war injuries in alpine areas.

The purpose of this utility model is achieved through the following technical solutions:

An ultra-thin heating glove for treating war wounds in a cold region, comprising a glove body 1 and a power connection component 2, the power connection component 2 comprising a heating carbon fiber coil 3 and an external plug-in wire 4.

The heating carbon fiber coil is embedded in the glove body and is integrated with the glove body; the heating carbon fiber coil is connected to the outlet of the back of the hand of the glove body, and is connected to an external power supply through an external plug-in wire.

The thickness of the glove body is 0.05-0.2mm.

The heating carbon fiber coils are arranged in an inverted "U" shape around the upper and lower sides of the finger of the glove body.

The heating carbon fiber coils are evenly arranged in an "S" shape on the palm and back of the glove body, and there are no less than 3 cycles.

The external plug-in cable contains a current control knob that can control the access of an external power supply to control the calorific value of the glove. The current control knob can adjust the current at a stepless variable speed to realize uninterrupted control of the calorific value .

The material of the glove body is natural rubber.

The heating carbon fiber coil adopts carbon fiber of 1-20 dtex.

The average calorific value of the glove is 10-500 mJ·min ^-1 ·cm ^-2 .

Made of conformable material, the thickness is reduced, and the accuracy of finger operation is preserved to the greatest extent. At the same time, carbon fiber is used as a heat-conducting and heating material, which can maintain the temperature of the hand for a certain period of time, avoiding frostbite of rescuers and reduced finger flexibility; the capacitive screen at the far end of the index finger is compatible with the design, and the touch screen can be operated without removing gloves under cold conditions.

The upper and lower layers of the fingers are heated to realize all the heat of the fingers, and at the same time, they are arranged in an inverted "U" shape to reduce the breakage of carbon fibers; while the palms and backs of the hands are heated to form an "S" shape of circularly arranged carbon fibers, which avoids the wearing process. The elasticity of the medium latex makes the material break, and the carbon fiber is added to form an "S" shape to spread the heat over the entire area of the hand, avoid local overcooling or overheating, and improve the flexibility of the fingers.

Compared with prior art, the positive effect of the utility model is:

The utility model is an ultra-thin heating glove for the treatment of war wounds in cold regions, which adopts carbon fibers with conductivity and heating properties to regulate the heat, uses natural rubber with conformable materials as the glove body, reduces the thickness of the base body, and retains the heat to the greatest extent. The accuracy of finger operation is improved; at the same time, different heat conduction coils are arranged for finger heating and hand heating, so as to ensure the flexibility of fingers and the heating coil will not be broken during wearing. The design of the external power supply, and through the stepless adjustable speed knob, realize the stepless speed regulation of the heating process and the control of the amount of heat, which improves the application of gloves in cold regions of different temperatures. The utility model patent not only reduces the treatment time of the wounded, improves the efficiency and effect of treatment, but also ensures the incompatibility of electronic equipment with rescuers during the treatment process. It has a very good application prospect in the medical treatment of war injuries in alpine regions.

【Description of drawings】

Fig. 1 is a structural schematic diagram of an ultra-thin heating glove for the treatment of war wounds in cold regions of the present invention;

Fig. 2 is a structural schematic diagram of the arrangement of heating coils of an ultra-thin heating glove for the treatment of war wounds in cold regions of the present invention;

Fig. 3 is a schematic diagram of the arrangement structure of the heating coils in the sleeve body of an ultra-thin heating glove for the treatment of war wounds in cold regions of the present invention;

Marks in the drawings: 1 is the glove cover, 2 is the power access component, 3 is the thermal carbon fiber coil, 4 is the external plug-in wire, and 401 is the current control knob.

【Detailed ways】

A kind of war wound in cold region of the present utility model is provided below the specific embodiment that uses ultra-thin heating glove.

Example 1

Please refer to the accompanying drawings 1, 2, 3, an ultra-thin heating glove for treating war wounds in cold regions, including a glove body 1 and a power access component 2, the power access component 2 includes a heating carbon fiber coil 3, and an external plug-in wire 4 .

The heating carbon fiber coil is embedded in the glove body and is integrated with the glove body; the heating carbon fiber coil is connected to the outlet of the back of the hand of the glove body, and is connected to an external power supply through an external plug-in wire.

The thickness of the glove body is 0.05-0.2mm.

The heating carbon fiber coils are arranged in an inverted "U" shape around the upper and lower sides of the finger of the glove body.

The heating carbon fiber coils are evenly arranged in an "S" shape on the palm and back of the glove body, and there are no less than 3 cycles.

The external plug-in line contains a current control knob 401 that can control the connection of an external power supply, so as to control the heat generation of the glove. The current control knob can adjust the current in a stepless variable speed to achieve uninterrupted heat generation. control.

The material of the glove body is natural rubber.

The heating carbon fiber coil adopts carbon fiber of 1-20 dtex.

The average calorific value of the glove is 10-500 mJ·min ^-1 ·cm ^-2 .

Made of conformable material, the thickness is reduced, and the accuracy of finger operation is preserved to the greatest extent. At the same time, carbon fiber is used as a heat-conducting and heating material, which can maintain the temperature of the hand for a certain period of time, avoiding frostbite of rescuers and reduced finger flexibility; the capacitive screen at the far end of the index finger is compatible with the design, and the touch screen can be operated without removing gloves under cold conditions.

The upper and lower layers of the fingers are heated to realize all the heat of the fingers, and at the same time, they are arranged in an inverted "U" shape to reduce the breakage of carbon fibers; while the palms and backs of the hands are heated to form an "S" shape of circularly arranged carbon fibers, which avoids the wearing process. The elasticity of the medium latex makes the material break, and the carbon fiber is added to form an "S" shape to spread the heat over the entire area of the hand, avoid local overcooling or overheating, and improve the flexibility of the fingers.

The utility model is an ultra-thin heating glove for the treatment of war wounds in cold regions, which adopts carbon fibers with conductivity and heating properties to regulate the heat, uses natural rubber with conformable materials as the glove body, reduces the thickness of the base body, and retains the heat to the greatest extent. The accuracy of finger operation is improved; at the same time, different heat conduction coils are arranged for finger heating and hand heating, so as to ensure the flexibility of fingers and the heating coil will not be broken during wearing. The design of the external power supply, and through the stepless adjustable speed knob, realize the stepless speed regulation of the heating process and the control of the amount of heat, which improves the application of gloves in cold regions of different temperatures. The utility model patent not only reduces the treatment time of the wounded, improves the efficiency and effect of treatment, but also ensures the incompatibility of electronic equipment with rescuers during the treatment process. It has a very good application prospect in the medical treatment of war injuries in alpine regions.

The above is only a preferred embodiment of the present utility model, and it should be pointed out that for those of ordinary skill in the art, some improvements and modifications can also be made without departing from the concept of the present utility model. Should be regarded as within the protection scope of the present utility model.

Claims (4)

1. An ultra-thin heating glove for treating war wounds in cold regions, characterized in that it comprises a glove body and a power access component, and the power access component comprises a heating carbon fiber coil and an external plug-in wire; the heating carbon fiber coil is embedded in The glove body is integrated with the glove body; the heating carbon fiber coil is connected to the outlet of the back of the hand of the glove body, and is connected to an external power supply through an external plug-in wire. 2 . The ultra-thin heating glove for treating war wounds in cold regions according to claim 1 , wherein the thickness of the glove body is 0.05-0.2 mm. 3. The ultra-thin heating glove for treating war wounds in cold regions according to claim 1, characterized in that the heating carbon fiber coils are arranged in an inverted "U" shape around the upper and lower sides of the fingers of the glove body lap. 4. The ultra-thin heating glove for treating war wounds in cold regions according to claim 1, characterized in that the heating carbon fiber coils are evenly arranged in an "S" shape on the palm and back of the glove body.